delta_phil -R_const*T/F_const*log(cl/1[M]) "Electrolyte phase potential correction for electrochemical reaction and transport involving foreign species"
phil_ps phil+delta_phil "Pseudo-potentiostatic electrolyte potential"
Rwater kwater*cH2O^2*cl_net "Rate of electrolyte salt loss due to water"
cl_net cl-cMn*2-cH "Net lithium ion concentration in electrolyte"
cl_battery (intop_lmo(cl_net*epsl_pos)+intop_sep(cl_net*epsl_sep))/(L_pos*epsl_pos+L_sep*epsl_sep) "Net lithium ion concentration in battery"
epss_LMO_pos intop_lmo(liion.epss)/L_pos "Electrode volume fraction in the positive electrode"
D_LMO_pos intop_lmo(D_LMO)/L_pos "Diffusion coefficient of lithium within LMO particles in the positive electrode"
cycle_no "comp1.liion.cdc1.cycle_counter" "Number of cycles"
t_cycle_first "withsol('sol3',t)-withsol('sol3',comp1.liion.cdc1.t_dch_start)" "Duration of first discharge cycle"
t_cycle_dch_first "t-comp1.liion.cdc1.t_dch_start" "First discharge cycle time"
t_cycle_dch_last "t-withsol('sol1',comp1.liion.cdc1.t_dch_start)" "Last discharge cycle time"